- Shillin Hardfork: Upcoming upgrade to Ronin blockchain with fast finality and enhanced user experience.
- Comparison: Block finality in Ethereum 1.0, Ethereum 2.0, and Ronin.
- Ronin’s Voting Process: Inspired by Ethereum 2.0, DPoS approach reduces block finalization time to 6 seconds.
The Shillin Hardfork is set to go live on Thursday, October 26, at 7:00 UTC, bringing exciting improvements to the Ronin blockchain. This upgrade, previously released on the Saigon testnet on September 7th, will now be available on the Ronin mainnet. With fast finality and a focus on enhancing the user experience, the Shillin Hardfork is a significant milestone for the Ronin community. Let’s delve into the details of this upgrade and how it works on Ronin.
Fast Finality: Reducing Transaction Finalization Times
One of the key highlights of the Shillin Hardfork is the introduction of fast finality to the Ronin blockchain. But what exactly is block finality? Block finality refers to the point at which a block becomes immutable and permanently recorded on the blockchain. It signifies that the transactions within the block have been confirmed and executed, ensuring they cannot be reversed or double-spent.
Ethereum Block Finality: A Comparison
To understand the significance of fast finality on Ronin, let’s take a brief look at block finality in Ethereum’s different versions.
Ethereum 1.0 (Proof of Work): In Ethereum 1.0, which operates on the Proof of Work (PoW) consensus mechanism, miners compete to solve complex mathematical puzzles to add new blocks to the chain. With an average block time of 12 seconds, users typically wait for 12 blocks, equivalent to approximately 144 seconds, to achieve transaction finality.
Ethereum 2.0 (Proof of Stake): Ethereum 2.0, after the Merge, utilizes the Proof of Stake (PoS) consensus mechanism called Gasper. Finality is achieved through a voting process involving validators. It takes at least 2 epochs, with each epoch comprising 32 blocks, to finalize a block. Considering the block time of 12 seconds, the total time required to achieve finality in Ethereum 2.0 amounts to a minimum of 768 seconds.
Ethereum Goerli Testnet (Proof of Authority): The Goerli testnet, a public Ethereum testnet, operates on the Proof of Authority (PoA) consensus mechanism. In this system, a set of authorized validators takes turns generating new blocks. To ensure finality and secure transactions, users on the Goerli testnet must wait for 2n/3 + 1 blocks.
Ronin Block Finality: Introducing Voting Process for Faster Finalization
Ronin’s consensus mechanism combines elements of Delegated Proof of Stake (DPoS) and Proof of Authority (PoA). Users delegate their stake to select a group of 22 validators, who then produce blocks in a PoA manner. As a result, it takes 15 confirmations for a block to achieve finality on Ronin, with a block time of 3 seconds, totaling 45 seconds.
Inspired by Ethereum 2.0, the Shillin Hardfork on Ronin introduces a voting process to expedite block finalization. Unlike Ethereum 2.0, which requires two epochs to collect validators votes due to a large number of validators, Ronin’s DPoS approach selects only 22 validators. Consequently, the voting process can be completed within two blocks, significantly reducing the time required for finality. Users on Ronin now only need to wait 6 seconds to achieve block finality, enhancing the overall transaction speed and user experience.
In conclusion, the Shillin Hardfork is a highly anticipated upgrade to the Ronin blockchain, set to go live on Thursday, October 26. This upgrade brings fast finality and significant improvements to the user experience. By introducing a voting process inspired by Ethereum 2.0, Ronin’s DPoS approach achieves block finality in just 6 seconds, compared to 144 seconds in Ethereum 1.0 and 768 seconds in Ethereum 2.0. With a focus on enhancing transaction speed and user satisfaction, the Shillin Hardfork marks a significant milestone for the Ronin community and reinforces its position as a leading blockchain platform.
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